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20. Suppose that a 10 GeV/c proton beam with normalized (39%) emittance of 2~ mm mrad is injected into a synchrotron having a half cell length of 30m and a cell phase advance of 68". Estimate the boundaries of the beam excursions in displacement and angle.
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Figure 7-7: Layout Grid enables you to define the spacing for major and minor gridlines and to assign different colors to the gridlines.
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As with surfaces, AutoCAD makes it easy to create most standard geometrical shapes. The prompts are similar to the surface commands, but there are some slight differences.
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Forms design and implementation was improved in Acrobat 4.0. All the features of creating forms and the wonderful ability to use JavaScript code with forms fields are still available with Acrobat 5.0. Acrobat 5.0 has introduced a new Fields palette and added much more to the JavaScript implementation. In 13, I walk you through forms creation and offer some tips for those who may be less inclined to do complex programming. If you re worried about the programming code, take a look at 11 for some ideas on how to make the programming a little easier. For advanced users, I created a separate chapter of JavaScript and programming. 19 covers some new additions to the JavaScript implementation in Acrobat.
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To make the code easier to read, however, most developers write SQL command words in ALL CAPS and they write database object names using whatever capitalization they used when building the database. For example, I prefer Mixed Case for table and eld names. A nal SQL feature that makes commands easier to read is that SQL ignores whitespace. That means it ignores spaces, tabs, line feeds, and other spacing characters so you can use those characters to break long commands across multiple lines or to align related statements in columns. For example, the following code shows a typical SELECT command as I would write it.
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Reproduced with kind permission of Springer Science and Business Media.
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Then, by the Cauchy-Schwarz inequality (A. 19) we obtain
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Figure 7-21: To create a stucco texture, apply Filter Noise Add Noise three times in a row (upper left, upper right, lower left). Then choose Filter Stylize Emboss and enter a Height value of 1 (lower right).
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The composition of plastics debris encountered at sea is similar to that of litter on land except for waste material derived from shing operations. This is not surprising in that most marine plastics debris originate as beach litter. Fishingrelated plastics debris consists mainly of netting and damaged or lost crab pots, mono lament sections, Styrofoam bait boxes, and loops of plastic (usually polyester or vinyl) strapping bands. Since the mid-1940s the entire shing industry has switched from gear made of natural bers that readily biodegraded in seawater to gear made of synthetic ber. A primary concern is ghost shing by persistent discarded gear, especially in the case of negatively buoyant nylon netting. Entanglement of marine mammals and birds in oating polyole n netting such as trawl webbing is also a major concern. Long sections of nylon drift nets can be lost during shing, intentionally abandoned (e.g., when challenged by authorities in restricted waters) or discarded because of damage. Key properties of the various synthetic bers used in shing gear are summarized in Table 10.4. This demonstrates the desirable properties such as high wet strength and low water absorption that makes plastics gear particularly suited for application in the shing industry. Other attributes not quanti ed in the table include low cost over gears life cycle and the low visibility in water resulting in relatively higher catching ef ciency of plastics gear. It is estimated that the catching ef ciency of transparent nylon mono lament net is 2 12 times greater than that of a conventional cotton or ax net [90]. From an environmental perspective the major drawback of plastic gear is its lack of biodegradability under water and slow photodegradation when exposed oating in water.
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spatial and temporal coherence. A gas laser, however, has perfect spatial coherence and can have almost perfect temporal coherence. We might think at rst that this is the ideal light source for interferometry, but this is not always the case. The coherence length is, in general, so large that many unwanted re ections from other surfaces in the optical system may produce a lot of spurious fringes in addition to the speckle noise that make it dif cult to analyze the interferogram. On the contrary, the perfect spatial coherence produce scattering spherical waves from many unavoidable small pieces of dust or scratches on the optical elements, which in turn produce many spurious rings of fringes. This problem has been studied in detail by Schwider (1999). The conclusion is that, quite frequently, it is a better option to use a gas or vapor light source instead of a laser. However, if the optical path difference is large, it is unavoidable to use a gas laser. In this section we will study the coherence requirements for the light source. There are two cases for which the collimated wavefront has ray lights spread over a solid angle with diameter 2y, and hence the nal accuracy of the interferometry or the contrast will be reduced: (1) The collimator has spherical aberration, in which y TA ; f 2:23
Table 17.3 Distribution of IP Structure Materials Used in 2000 Material ABS ABS/PC PC PPO/Nylon PPO/Styrene PP SMA Percent Usage 15 32 15 2 5 9 22
Obesity results from the failure of the homeostatic mechanisms that normally regulate energy intake and expenditure. An excess of intake over expenditure is stored as triglyceride, mainly in adipose tissue. Food intake in adult humans is generally 2000 2500 kcal/day. Human feeding is heavily influenced by psychological, social and economic factors. Very rarely, human obesity is due to hyperphagia resulting from mutations affecting the regulatory circuits that normally restrain appetite (e.g. leptin, leptin receptor, cholecystokinin receptor). Obese people expend more energy than lean, and at stable weight, must therefore consume more energy to maintain their higher weight. In general, obese subjects under-report their energy intake. Overconsumption of energy-dense food and drinks is an important factor in the spread of obesity. Energy as adenosine triphosphate (ATP) is generated by the oxidation of fats (yielding 9 kcal/g), carbohydrates and proteins (both yielding 4 kcal/g). The respiratory quotient (RQ) the ratio of carbon dioxide produced to oxygen consumed during oxidation varies between 1.0 for carbohydrate and 0.7 for fat, and can be used to determine the principal substrate being utilized. Total energy expenditure comprises resting energy expenditure (REE; about 60% of total), the thermic effect of food (i.e. the energy required for digestion and assimilation of ingested nutrients), and activity thermogenesis, which consists of both physical activity and non-exercise activity thermogenesis (NEAT). REE is determined mainly by fat-free mass, and 80% is due to the metabolic activity of the brain, heart, liver and kidneys; muscle contributes only 20%. In an average adult, REE is about 1.3 kcal/min. The contribution of physical activity is highly variable, accounting for less than 30% of total energy expenditure in sedentary subjects but 70% or more in highly-trained athletes or manual labourers. NEAT is involuntary, spontaneous physical activity, which varies widely between individuals. Subjects with low levels of NEAT may be more susceptible to obesity, whereas increases in NEAT may help to limit weight gain during overeating. Adaptive thermogenesis describes changes in energy expenditure that result from alterations in energy balance. Variations in this could partly determine susceptibility to obesity; differences in sympathetic-mediated thermogenesis for example in muscle or functional brown adipose tissue (BAT) could contribute, but its significance remains uncertain. Obesity could also develop through defects in fat oxidation, and there is evidence of decreased fat oxidation rates in some obese subjects (which can persist after weight loss) and in subjects who subsequently become obese.
Figure 13-10: The same active layer subject to the Darken blend mode. Only those pixels in the thinker layer that are darker than the pixels in the underlying sunset remain visible.
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